The Journal covers all aspects of wind energy, with a focus of scientific and engineering content in the development of knowledge, innovation, and technical applications. Taking a multidisciplinary and cross-disciplinary approach in onshore and offshore wind energy, the key areas covered by the Journal include wind resource assessments; the aerodynamics and hydrodynamics of wind turbines and wind power plants, wind-wave-current interactions, vorticities, nonlinear waves, storm surges and extreme events; wind turbine components, dynamics and control, subsystems, materials, structures, condition monitoring, maintenance and acoustics, modelling and simulation of coupled mechanical-electrical-structural dynamics; wind turbine design; wind power planning, forecasting, production, optimization for electricity grids; computational engineering aspects of wind energy, wind turbines and wind farms; wind-to-X, wind to energy storage (for net zero), wind to storage for smart mobility, coupling of wind energy networks and transportation networks, hydrogen-based system for integration of wind energy systems; wind energy in an evolving climate; and the sustainability issues of wind energy from an engineering perspective (life cycle assessments, recycling of wind turbine components, economics, ecological and environmental impacts, public policies, social issues, etc.).